HM62-32143R3MLFTR

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Fixed inductors are often used in AC, DC, ripple current, radio frequency and pulse circuits. The HM62-32143R3MLFTR is a popular type of fixed inductor, widely applied in situations due to its advantageous parameters. Depending on its application, it can be found in conditions ranging from low to high temperatures.

The HM62-32143R3MLFTR fixed inductor has a maximum operating temperature of 125°C and an inductance of 33µH. Its storage temperature range is between -40°C and 85°C. The inductor has a rated current of 0.9A, a saturation current of 0.90A, and a maximum DC resistance of 0.140 ohms. It also has an excellent self-resonant frequency of 40MHz, making it well-suited to a variety of application demands.

The HM62-32143R3MLFTR primarily works by generating a magnetic field when electrical current passes through it. The magnetic field induces a voltage in the inductor, which results in electrical energy (or power) being stored in the inductor. This stored electrical energy can then be used to power electrical components when needed. This process is known as inductance. Inductance is an important concept in electrical engineering as it allows for the release of stored energy when the current in the inductor is interrupted (or reduced).

The HM62-32143R3MLFTR is a widely used fixed inductor due to its reliable characteristics and specifications. It is primarily used in applications that require high-frequency response, such as pulse circuits. Furthermore, it is suitable for systems requiring large current pulses or high frequency ac circuits. Also, it is often used in resonant applications such as filters, oscillators and transformers.

In conclusion, the HM62-32143R3MLFTR fixed inductor is a versatile component with wide ranging applications. It is an important type of inductor as it allows the storage and release of energy when the current is interrupted or reduced. Furthermore, it exhibits excellent characteristics for applications requiring high-frequency response, resonant applications and large current pulses. Therefore, it is certainly a worthwhile component for any project that requires the features of a reliable fixed inductor.

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